Assessment on this project will follow my Quality Point model, described here.
Your grade will be divided into two parts: Design and Device. The grade for each category is independent of the others. To earn these grades, you will present these three elements to class:
a Logic Diagram;
a Truth Table;
a Wiring Diagram; and
a Device ready to be used as a Friendship Detector.
Missed deadlines will result in a deduction of one letter grade.
Design
Average/satisfactory designs (C for CP, D for Honors) will have:
a Logic Diagram and Truth Table submitted on time, using:
Three AND switches, or
Three OR switches;
logical conditions that are interesting and personal;
Assessment on this project will follow my Quality Point model, described here.
Your grade will be divided into two parts: Design and Device. The grade for each category is independent of the others. To earn these grades, you will present these three elements to class:
- a Logic Diagram;
- a Truth Table;
- a Wiring Diagram; and
- a Device ready to be used as a Friendship Detector.
Missed deadlines will result in a deduction of one letter grade.Design
Average/satisfactory designs (C for CP, D for Honors) will have:
Good designs (B for CP, C for Honors) will have all of the qualities of an average design and:
Excellent designs (A for CP, B for Honors) will have all of the qualities of a good design and:
Amazing designs (A+ for CP, A for Honors) will have all of the qualities of an excellent design and:
Device
Average/satisfactory devices (C for CP, D for Honors) will be:
Good devices (B for CP, C for Honors) will have all of the qualities of an average device and:
Excellent devices (A for CP, B for Honors) will have all of the qualities of a good device and:
Amazing devices (A+ for CP, A for Honors) will have all of the qualities of an excellent design and: